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The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5)

The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5) preview
The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5) preview
The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5) preview 2
The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5) preview 3
The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5) preview 4
The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5) preview 5
The Float Challenge: STEM Activity Using Metric Grams (Grade 3-5) preview 6

Look Inside · 7 pages

The Float Challenge cover identifies the Grade 3 edition and shows students testing an aluminum foil boat.
Cover of the Grade 3 measurement lesson
Unit overview introduces a grams mini-lesson, a flotation device challenge, and the GANAG lesson framework.
Unit overview and GANAG teaching framework
Lesson setup lists materials, a 60-minute duration, and a learning target about what a gram feels like.
Teacher instructions: setup and learning target
Teacher directions introduce one-gram object examples, student weight predictions, and foil boat building.
Teacher instructions: grams and boat building
Competition directions cover testing from lowest to highest weight, breaking ties, and a final questionnaire.
Teacher instructions: testing and assessment
Seven student guidelines cover using one foil sheet, predicting weight, floating for five seconds, and ties.
Student guidelines for the flotation competition
Two identical debrief forms ask about design successes, changes to the design or bet, and objects near one gram.
Two copies of the three-question student debrief
Attributes
Grades

Grade 3

Types
File

PDF

Editable
No
Rating
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About This Product

Engage students in an exciting STEM activity with The Float Challenge: Understanding Metric Grams. This standards-aligned math project guides students to create floatation devices that can hold specific metric weights, helping them better understand the concept of grams. Students will enjoy the hands-on process of designing, building, and testing their devices. Meanwhile, teachers facilitate learning through mini-lessons, a competition with betting, and a culminating assessment. The resource incorporates best practices like formative assessment and caters to diverse learners through natural differentiation. With step-by-step instructions and supporting photos, educators can easily implement this motivating activity that connects math concepts to the real world. The float challenge allows students to visualize abstract measurements while collaborating and problem solving.

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